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The massive black hole utilizes gravitational lensing to capture 32.7 billion times the sun’s energy. The gravitational pull of a monstrous black hole results in the capture of 32.7 billion times the energy of the sun through lensing. Through gravitational lensing, a colossal black hole ensnares 32.7 billion times the sun’s energy. The enormous black hole’s utilization of gravitational lensing allows for the absorption of 32.7 billion times the sun’s energy. The gravitational lensing effects of a massive black hole result in the capture of 32.7 billion times the energy of the sun. A black hole of epic proportions captures 32.7 billion times the energy of the sun through the use of gravitational lensing. Gravitational lensing from a mammoth black hole allows for the capture of 32.7 billion times the energy of the sun. Through the phenomenon of gravitational lensing, a colossal black hole captures 32.7 billion times the energy of the sun. The immense gravitational pull of a black hole enables the lensing effect, leading to the capture of 32.7 billion times the sun’s energy. A black hole of monumental proportions utilizes gravitational lensing to capture 32.7 billion times the sun’s energy. Through the process of gravitational lensing, a huge black hole captures 32.7 billion times the energy of the sun. The gravitational pull of a gigantic black hole allows for the capture of 32.7 billion times the energy of the sun through lensing. Massive gravitational lensing enables a black hole to capture 32.7 billion times the energy of the sun. A colossal black hole utilizes the phenomenon of gravitational lensing to capture 32.7 billion times the energy of the sun. 32.7 billion times the sun’s energy is captured by a black hole through the use of gravitational lensing. A massive black hole employs gravitational lensing to ensnare 32.7 billion times the energy of the sun. The vast gravitational pull of a black hole results in the capture of 32.7 billion times the energy of the sun through lensing. Through gravitational lensing, a black hole of immense proportions captures 32.7 billion times the energy of the sun. The phenomenon of gravitational lensing enables a monstrous black hole to capture 32.7 billion times the energy of the sun. A gigantic black hole employs gravitational lensing to capture 32.7 billion times the energy of the sun. 32.7 billion times the sun’s energy is captured by a black hole through the lensing effect. A black hole of astronomical proportions captures 32.7 billion times the energy of the sun through gravitational lensing. Through the use of gravitational lensing, a black hole of epic size captures 32.7 billion times the sun’s energy. The gravitational pull of a colossal black hole results in the capture of 32.7 billion times the energy of the sun through lensing. Gravitational lensing allows for a black hole of massive dimensions to capture 32.7 billion times the sun’s energy. A black hole of immense size employs gravitational lensing to capture 32.7 billion times the energy of the sun. Through the use of gravitational lensing, a massive black hole captures 32.7 billion times the energy of the sun. The vast gravitational pull of a mammoth black hole allows for the capture of 32.7 billion times the energy of the sun through lensing. A black hole of colossal proportions uses gravitational lensing to capture 32.7 billion times the energy of the sun. Through gravitational lensing, a black hole of tremendous magnitude captures 32.7 billion times the energy of the sun. Gravitational lensing enables a black hole of epic scale to capture 32.7 billion times the sun’s energy. A black hole of gigantic dimensions utilizes gravitational lensing to capture 32.7 billion times the energy of the sun. The immense gravitational pull of a giant black hole results in the capture of 32.7 billion times the energy of the sun through lensing. Through the use of gravitational lensing, a monumental black hole captures 32.7 billion times the energy of the sun.

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The most massive black hole ever observed with a mass of 32.7 billion times that of the sun has been observed by gravitational lensing.

A research team at Durham University in England announced on the 1st that an ultramassive black hole was identified for the first time in outer space about 2.7 billion light years away from Earth through an official channel.

This monster black hole, which was also revealed through the journal ‘Monthly Notices of the Royal Astronomical Society’ on the 29th of last month, boasts an enormous presence with a mass more than 30 billion times that of the sun.

This black hole is located in the galaxy cluster ‘Abell 1201’. The research team used gravitational lensing to identify this monster black hole, which is considered to be the limit in theory.

Imaginary representation of gravitational lensing, in which strong gravity distorts the surroundings. Scholars use this to infer the existence of black holes and measure their mass. <사진=유럽우주국(ESA) 공식 홈페이지>

A celestial black hole, where infinite contraction takes place, cannot escape even light because of its enormous gravity. Black holes, which even people who are not interested in the universe must have heard of at least once, lead to a mystery in their very existence.

First of all, black holes do not emit light, and they are very far away and are mainly observed through indirect methods. Since the process is not simple, the discovery of a black hole is of great interest, and the research team emphasized that this supermassive black hole has two special meanings.

“This black hole is about 32.7 billion times the mass of the sun, and is the largest among those confirmed so far,” said an official of the investigation.

An image of the gravitational lensing phenomenon created by BCG in the ‘Abell 1201’ galaxy cluster <사진=ESA 공식 홈페이지>

“It is also noteworthy that a monstrous black hole of this magnitude was first discovered by gravitational lensing,” he said. told

Gravitational lensing, predicted in Einstein’s general theory of relativity, is a phenomenon in which space-time is distorted by the enormous mass of a celestial body, distorting the direction of the light propagation of the opposite celestial body. The light is distorted like a lens, hence the name gravitational lens.

An official of the investigation said, “The gravitational lensing effect is a natural telescope that allows us to identify celestial bodies that are too far away or too dark to observe by conventional methods.” In fact, a celestial body that appears to be a single star about 12.9 billion light years in front was discovered using gravitational lensing recently. “he said.


A video showing the process of identifying a monster black hole through gravitational lensing

In the case of a very heavy object, such as a galaxy or a cluster of galaxies, the space-time around it can be distorted by its mass. Clusters of galaxies usually contain the brightest galaxies (BCG) within them. In the case of ‘Abell 1201’, BCG created a gravitational lens.

In the process of analyzing the light passing through this gravitational lens, the research team calculated the mass of the celestial body behind it, and the existence of a monster black hole 32.7 billion times that of the sun was revealed. An official from the investigation said, “Observation of very distant objects using gravitational lensing has been active recently, and the identification of the largest black hole ever demonstrated the infinite possibilities of gravitational lensing.”

The research team expected to use gravitational lensing to find inert black holes, that is, celestial bodies that are difficult to detect by conventional methods because there is no material that can be swallowed and no radiation is emitted.

Reporter Jeong Ian [email protected]

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